Gather manufacturers data from components: Original system design data can be compared with actual performance data to highlight any changes in duty and performance. Can also reduce the time required for a survey if provided beforehand.

Energy logging and control strategy: Allows to set the parameters to input the individual performance readings against. Energy savings can be calculated based on elongated usage, rather than based on “snapshot” readings.

Heat recovery: Provides an understanding of any existing heat recovery system, and highlights opportunities for improvements or introduction of new heat recovery solutions.

Operational integration: Information on how the system operates and highlights opportunities for potential improvements.

Staff and operator discussions: Provide background insights into the system performance. Address performance concerns with the staff operators and users, so the solution covers everyone’s needs. Misalignment in operational understanding will reduce overall system performance and potentially increase operational costs.

Boiler

Boiler and AHU compatible design to ensure efficiency. Any drift from coil temperature design will impact efficiency and operating costs. Boiler and AHU coil interlocked to ensure Boiler demand in synchronised with AHU demand. If condensing boiler; return water supply to have adequate temperature differential to enable condensing efficiency. Containing water temperate to maximise wet system efficiency and minimise any transitions losses.

Electrical

To ensure any minor works complies with NICEIC Electrical Minors Works, and ensures the assets are up to date for the purposes of the maintenance teams. To ensure the suitability of power for any potential unit upgrade.